private RoomVO MakeRoom(params int[] coords)
{
int len = coords.Length;
RoomVO Room;
RoomVO room = new RoomVO();
int[] wallCoords;
int[] wall;
_rooms[room] = new List <RoomVO>();
//room.Vertices = coords;
for (int i = 0; i < len; i += 2)
{
wallCoords = new int[4];
for (int j = 0; j < 4; j++)
{
wallCoords[j] = coords[(i + j) % len];
}
wall = _walls.Keys.FirstOrDefault(w => CoordsEqual(w, wallCoords));
if (wall == null)
{
_walls.Add(wallCoords, new RoomVO[] { room, null });
}
else if (_walls[wall][0] != room)
{
_walls[wall][1] = room;
Room = _walls[wall][0];
_rooms[Room].Add(room);
_rooms[room].Add(Room);
}
}
return(room);
}
public RoomVO(RoomVO room)
{
Name = room.Name;
Background = room.Background;
Incident = room.Incident ?? _incident?.GetIncident();
Guests = room.Guests == null ? null : new CharacterVO[room.NumGuests];
for (int i = NumGuests - 1; i >= 0; i--)
{
Guests[i] = new CharacterVO(room.Guests[i]);
}
if (room.Actions != null)
{
Actions = new CommodityVO[room.Actions.Length];
for (int i = Actions.Length - 1; i >= 0; i--)
{
Actions[i] = new CommodityVO(room.Actions[i]);
}
}
if (room.Rewards != null)
{
Rewards = new CommodityVO[room.Rewards.Length];
for (int i = Rewards.Length - 1; i >= 0; i--)
{
Rewards[i] = new CommodityVO(room.Rewards[i]);
}
}
}
private void HandleCurrentRoom(RoomVO currentRoom)
{
if (_room != null)
{
bool current = _room == currentRoom;
bool adjacent = _room.IsAdjacentTo(currentRoom);
if (current || adjacent)
{
if (_room.Revealed) //Had to simplify this because the rooms weren't displaying a lot of their characteristics. This is because many things reveal the rooms without this void doing it
{
DescriptionText.enabled = true;
DescriptionText.text = _room.Name + "\n";
for (int i = _room.Difficulty - 1; i >= 0; i--)
{
DescriptionText.text += '\u2605';
}
Punchbowl.enabled = (Array.IndexOf(_room.Features, PartyConstants.PUNCHBOWL) >= 0);
Host.enabled = (Array.IndexOf(_room.Features, PartyConstants.HOST) >= 0);
if (Host.enabled)
{
PartyVO party = AmbitionApp.GetModel <PartyModel>().Party;
Host.sprite = FactionIcons.GetSprite(party.Faction);
}
}
ColorBlock cb = _button.colors;
cb.disabledColor = ColorConfig.GetColor(current ? "current" : "shown");
_button.colors = cb;
}
_button.interactable = adjacent;
}
else
{
_button.interactable = false;
}
}
override public void Initialize()
{
MapModel model = AmbitionApp.GetModel <MapModel>();
_room = Array.Find(model.Map.Rooms, r => r.HostHere);
AmbitionApp.Subscribe(PartyMessages.SHOW_MAP, HandleMap);
HandleMap();
}
private int GenerateMoveThroughChance(RoomVO room)
{
if (room.MoveThroughChance >= 0 && !room.Cleared)
{
return(room.MoveThroughChance);
}
return(90 - (room.Cleared ? 0 : room.Difficulty * 10));
}
private void DrawRoom(RoomVO room)
{
if (room != null)
{
GameObject mapButton = Instantiate(roomButtonPrefab, gameObject.transform);
RoomButton roomButton = mapButton.GetComponent <RoomButton>();
mapButton.transform.SetAsFirstSibling();
roomButton.Room = room;
_buttons.Add(room, roomButton);
}
}
private void HandleRoom(RoomVO room)
{
if (room != null)
{
if (room.Background == null)
{
Sprite[] sprites = BackgroundCollection.GetSpritesByTag("party");
room.Background = Util.RNG.TakeRandom(sprites);
}
_background.sprite = room.Background;
}
}
private void Recenter()
{
if (Map != null)
{
RoomVO room = _model.Room ?? Map.Entrance;
int[] bounds = room.Bounds;
Vector3 vec = transform.localPosition;
_offset = new Vector3(
(bounds[0] + bounds[2]) * -.5f,
(bounds[1] + bounds[3]) * -.5f,
0f);
transform.localPosition = _offset * _model.MapScale;
//StartCoroutine(RecenterMap(_model.Room ?? Map.Entrance));
}
}
private void Awake()
{
MapModel map = AmbitionApp.GetModel <MapModel>();
_room = Array.Find(map.Map.Rooms, r => r.Name == RoomName);
if (_room != null)
{
gameObject.SetActive(false);
AmbitionApp.Subscribe <RoomVO>(MapMessage.GO_TO_ROOM, HandleRoom);
HandleRoom(map.Room);
}
else
{
Destroy(gameObject);
}
}
IEnumerator RecenterMap(RoomVO room)
{
int[] bounds = room.Bounds;
Vector3 vec = transform.localPosition;
_offset = new Vector3(
(bounds[0] + bounds[2]) * -.5f,
(bounds[1] + bounds[3]) * -.5f,
0f);
for (float t = 0f; t < RECENTER_TIME; t += Time.deltaTime)
{
vec = (vec * _model.MapScale + transform.localPosition) * .5f;
transform.localPosition = vec;
yield return(null);
}
transform.localPosition = _offset * _model.MapScale;
}
private void HandleRoom(RoomVO room)
{
if (room != null)
{
Sprite spt = null;
if (room.Background != null)
{
spt = BackgroundCollection.GetSprite(room.Background);
}
if (spt == null)
{
Sprite[] sprites = BackgroundCollection.GetSpritesByTag("party");
spt = sprites[UnityEngine.Random.Range(0, sprites.Length)];
room.Background = BackgroundCollection.GetID(spt);
}
_background.sprite = spt;
}
}
override public void OnEnterState()
{
UController controller = _machine._uflow.GetController(_machine);
if (controller != null)
{
MapModel map = AmbitionApp.GetModel <MapModel>();
GuestVO guest = map.Room.Guests[controller.transform.GetSiblingIndex()];
if (guest.Action != null && guest.Action.Tags != null && guest.Action.Tags.Length > 0)
{
switch (guest.Action.Tags[0])
{
case "Map":
RoomVO[] rooms = Array.FindAll(map.Map.Rooms, r => !r.Revealed);
RoomVO room = rooms[Util.RNG.Generate(rooms.Length)];
room.Revealed = true;
AmbitionApp.SendMessage(room);
break;
case "Wine":
AmbitionApp.SendMessage(PartyMessages.REFILL_DRINK);
break;
case "Remarks":
AmbitionApp.SendMessage(PartyMessages.FREE_REMARK);
AmbitionApp.SendMessage(PartyMessages.FREE_REMARK);
AmbitionApp.SendMessage(PartyMessages.FREE_REMARK);
break;
case "Accolade":
foreach (GuestVO g in map.Room.Guests)
{
g.Opinion += (g == guest ? 30 : 10);
if (g.Opinion >= 100)
{
g.Opinion = 100;
guest.State = GuestState.Charmed;
}
}
break;
}
}
}
}
public void Execute()
{
RoomVO room = AmbitionApp.GetModel <MapModel>().Room;
if (room != null && room.HostHere)
{
/* PartyModel model = AmbitionApp.GetModel<PartyModel>();
* switch(model.Party.Host.State)
* {
* case GuestState.Charmed:
* // YOU WIN!
* break;
*
* case GuestState.PutOff:
* // YOU F****D UP!!
* break;
* }
*/ }
}
private void HandleRoom(RoomVO room)
{
if (room == _room)
{
Destroy(gameObject);
}
else
{
bool active = _room.IsAdjacentTo(room);
if (active)
{
AmbitionApp.Subscribe(GameMessages.FADE_IN, HandleReveal);
}
else
{
gameObject.SetActive(false);
AmbitionApp.Unsubscribe(GameMessages.FADE_IN, HandleReveal);
}
}
}
public WallVO(int[] vertices, RoomVO room1 = null, RoomVO room2 = null)
{
Vertices = vertices;
Rooms = new RoomVO[] { room1, room2 };
}
private int GenerateMoveThroughChance(RoomVO room)
{
return(100);
//if (room.MoveThroughChance >= 0 && !room.Cleared) return room.MoveThroughChance;
//return 90 - (room.Cleared ? 0 : room.Difficulty * 10);
}
public bool IsAdjacentTo(RoomVO room)
{
return(Array.IndexOf(Doors, room) >= 0);
}
public override void OnEnterState()
{
PartyModel partyModel = AmbitionApp.GetModel <PartyModel>();
ConversationModel model = AmbitionApp.GetModel <ConversationModel>();
RoomVO room = model.Room;
GuestVO guest;
GuestVO[] guests = model.Guests;
_phrases = AmbitionApp.GetModel <LocalizationModel>();
// This ensures that previous guest formations stay consistent
if (guests == null || guests.Length == 0)
{
// TODO: Determine how to vary this number
guests = new GuestVO[4];
}
for (int i = guests.Length - 1; i >= 0; i--)
{
if (guests[i] == null)
{
guest = new GuestVO();
if (RNG.Generate(2) == 0)
{
guest.Gender = Gender.Female;
guest.Title = GetRandomDescriptor("female_title");
guest.FirstName = GetRandomDescriptor("female_name");
}
else
{
guest.Gender = Gender.Male;
guest.Title = GetRandomDescriptor("male_title");
guest.FirstName = GetRandomDescriptor("male_name");
}
guest.LastName = GetRandomDescriptor("last_name");
guest.LastName = "aeiouAEIOU".Contains(guest.LastName.Substring(0, 1))
? (" d'" + guest.LastName)
: (" de " + guest.LastName);
guests[i] = guest;
}
}
if (!room.Cleared)
{
int likeIndex;
GuestDifficultyVO stats = partyModel.GuestDifficultyStats[room.Difficulty - 1];
string[] interests = partyModel.Interests;
if (room.Actions != null)
{
AmbitionApp.SendMessage(room.Actions);
}
foreach (GuestVO g in guests)
{
g.Opinion = RNG.Generate(stats.Opinion[0], stats.Opinion[1]);
likeIndex = RNG.Generate(interests.Length);
g.Like = interests[likeIndex];
g.Dislike = interests[(likeIndex + 1) % interests.Length];
}
// All Variety of Likes final check
if (Array.TrueForAll(guests, g => g.Like == guests[0].Like))
{
guest = RNG.TakeRandom(guests);
likeIndex = RNG.Generate(interests.Length);
guest.Like = interests[likeIndex];
guest.Dislike = interests[(likeIndex + 1) % interests.Length];
}
}
model.Guests = guests;
model.Round = 0;
model.Remark = null;
model.FreeRemarkCounter = partyModel.FreeRemarkCounter;
model.Repartee = false;
model.RemarksBought = 0;
}
//This is for room SFX, necessary if we have indoor and outdoor rooms that the player is traversing on the map
private void HandleRoomSFX(RoomVO room)
{
AmbitionApp.SendMessage(AudioMessages.PLAY_AMBIENTSFX, AmbientSFXCollection.GetFMODEvent(room.Indoors, (int)partyModel.Party.Importance));
}
// TODO: Stop checking collinearity. Form a room graph and build the rooms around it.
public bool AddRoom(RoomVO room)
{
Vector2 vec;
int[] verts = room.Vertices;
int[] wallVerts = new int[4];
int len = verts.Length;
float[] scalars;
for (int i = len - 2; i >= 0; i -= 2)
{
wallVerts[0] = verts[i];
wallVerts[1] = verts[i + 1];
wallVerts[2] = verts[(i + 2) % len];
wallVerts[3] = verts[(i + 3) % len];
vec = Vectorize(wallVerts);
if (IsCollinear(vec))
{
if (verts[i] < verts[i + 2])
{
scalars = new float[] { (float)(verts[i] - _origin[0]) / _line[0], (float)(verts[i + 2] - _origin[0]) / _line[0] };
}
else
{
scalars = new float[] { (float)(verts[i + 2] - _origin[0]) / _line[0], (float)(verts[i] - _origin[0]) / _line[0] };
}
List <WallVO> walls = Walls.FindAll(w => w.Scalars[1] >= scalars[0] && w.Scalars[0] <= scalars[1]);
WallVO wall = new WallVO(wallVerts, room);
wall.Scalars = scalars;
walls.Sort();
if (walls[0].Scalars[0] < scalars[0])
{
wall.Scalars[0] = walls[0].Scalars[1];
walls[0].Scalars[1] = scalars[0];
wall.Vertices[0] = walls[0].Vertices[2];
wall.Vertices[1] = walls[0].Vertices[3];
walls[0].Vertices[2] = wallVerts[0];
walls[1].Vertices[3] = wallVerts[1];
wall.Rooms[1] = walls[0].Rooms[0];
// Walls.Insert(Walls.in, wall);
// w.Scalars[1] = scalars[0];
// w.Vertices[2] = (int)Math.Round(_origin[0] + _line[0]*w.Scalars[1]);
// w.Vertices[3] = (int)Math.Round(_origin[1] + _line[1]*w.Scalars[1]);
// index = Walls.IndexOf(w);
}
// if (walls[walls.Length-1].Scalars[1] > scalars[1])
// {
// // Copy logic from above
// }
// for (int i=walls.Count-1; i>=0; i--)
// {
// w.Rooms[1] = room;
// }
// = Walls.Find(w=>w.Scalars[0]==scalars[0]);
// if (wall == null)
// {
// wall
// index = Walls.FindIndex(w=>w.Scalars[0] > scalars[0]);
// if (index < 0) Walls.Add(wall);
// else Walls.Insert(index, wall);
// }
return(true);
}
}
return(false);
}
private void HandleRoom(RoomVO room)
{
_titleText.text = room.Name;
HandleStarToggles(room.Difficulty);
}
// TODO: Stop checking collinearity. Form a room graph and build the rooms around it.
public bool AddRoom(RoomVO room)
{
/* Vector2 vec;
* int[] verts = room.Vertices;
* int[] wallVerts = new int[4];
* int len = verts.Length;
* float[] scalars;
* for (int i=len-2; i>=0; i-=2)
* {
* wallVerts[0] = verts[i];
* wallVerts[1] = verts[i+1];
* wallVerts[2] = verts[(i+2)%len];
* wallVerts[3] = verts[(i+3)%len];
* vec = Vectorize(wallVerts);
* if (IsCollinear(vec))
* {
* if (verts[i] < verts[i+2])
* {
* scalars = new float[]{(float)(verts[i]-_origin[0])/_line[0], (float)(verts[i+2]-_origin[0])/_line[0]};
* }
* else
* {
* scalars = new float[]{(float)(verts[i+2]-_origin[0])/_line[0], (float)(verts[i]-_origin[0])/_line[0]};
* }
* List<WallVO> walls = Walls.FindAll(w=>w.Scalars[1] >= scalars[0] && w.Scalars[0] <= scalars[1]);
* WallVO wall=new WallVO(wallVerts,room);
* wall.Scalars = scalars;
* walls.Sort();
* if (walls[0].Scalars[0] < scalars[0])
* {
* wall.Scalars[0] = walls[0].Scalars[1];
* walls[0].Scalars[1] = scalars[0];
*
* wall.Vertices[0] = walls[0].Vertices[2];
* wall.Vertices[1] = walls[0].Vertices[3];
* walls[0].Vertices[2] = wallVerts[0];
* walls[1].Vertices[3] = wallVerts[1];
*
* wall.Rooms[1] = walls[0].Rooms[0];
*
* Walls.Insert(Walls.in, wall);
* w.Scalars[1] = scalars[0];
* w.Vertices[2] = (int)Math.Round(_origin[0] + _line[0]*w.Scalars[1]);
* w.Vertices[3] = (int)Math.Round(_origin[1] + _line[1]*w.Scalars[1]);
* index = Walls.IndexOf(w);
* }
* if (walls[walls.Length-1].Scalars[1] > scalars[1])
* {
* // Copy logic from above
* }
* for (int i=walls.Count-1; i>=0; i--)
* {
* w.Rooms[1] = room;
* }
* = Walls.Find(w=>w.Scalars[0]==scalars[0]);
* if (wall == null)
* {
* wall
* index = Walls.FindIndex(w=>w.Scalars[0] > scalars[0]);
* if (index < 0) Walls.Add(wall);
* else Walls.Insert(index, wall);
* }
* return true;
* }
* }
*/ return(false);
}
private void HandleRoom(RoomVO room) => Activate();
//This is for room SFX, necessary if we have indoor and outdoor rooms that the player is traversing on the map
private void HandleRoomSFX(RoomVO room)
{
AmbitionApp.SendMessage(AudioMessages.PLAY_AMBIENT, AmbientSFXCollection.GetFMODEvent(/*room.Indoors*/ true, (int)partyModel.Party.Size));
}